Warehouse automation has evolved over the past few decades, driven by the need to improve efficiency, reduce costs, and increase responsiveness across the supply chain. When choosing the right technologies to build a more resilient and future-ready operation, the answer lies in combining fixed automation with mobile robotics.
Learn the benefits of both types of solutions and how we integrate them at TGW Logistics to optimize warehouse operations.
Fixed automation refers to permanent, pre-installed systems in a warehouse or distribution center, designed to perform repetitive tasks in a structured, fast, and efficient manner — without direct human intervention.
Mobile robots are autonomous devices designed to move goods within a warehouse or distribution center, without the need for fixed infrastructure. This technology has emerged as a key enabler of flexible automation and is transforming warehouse operations.
Combining both technologies allows for an optimized workflow where mobile robots transfer goods between automated zones, improving overall efficiency.
This integration also reduces bottlenecks in specific areas of the warehouse and ensures continuous product flow. It supports quick adaptation to demand fluctuations and enables more precise, real-time inventory management — improving visibility and control.
At TGW Logistics, we believe it is essential to apply an innovative integration approach when combining these technologies. The success of an automation project lies in offering cutting-edge systems that are tailored to each customer’s needs and industry, delivering robust, high-quality solutions.
Another key requirement is commitment to sustainability. It is essential to develop solutions that not only improve operational efficiency but also reduce environmental impact. In fixed automation, TGW’s latest generation of shuttles features locally sourced wooden covers, a sustainable material that helps save 25 tons of plastic per year.
The new Stingray shuttle is also equipped with innovations like PowerCaps, which store and redistribute energy to minimize consumption peaks. This energy-efficient solution contributes to lowering operating costs.
In mobile robotics, TGW promotes the use of lithium iron phosphate (LiFePO₄) batteries, a more environmentally friendly alternative made from non-toxic materials. These batteries are easier to recycle than the commonly used lithium-ion type.
Sustainability is no longer optional — it’s a priority for the future of logistics operations. In a context where efficiency and environmental responsibility must go hand in hand, integrating solutions that combine performance with sustainability will be key to staying competitive and building a more responsible supply chain.
